Ethylene and vinyl acetate copolymer based redispersible polymer binder. Possesses thixotropicity, flexibility, rapid redispersion, excellent rheology, workability, water retention capability, rapid... view more

Ethylene and vinyl acetate copolymer based redispersible polymer binder. Possesses excellent rheology, workability, water retention capability, high thixotropicity, flexibility, stirring stability... view more

Homopolymer of vinyl acetate based redispersible binder. Offers very good setting speed during processing. Increased cohesive force (cohesion) and flexibility. Excellent paper adhesion, especially... view more

Butyl acrylate, vinyl acetate and vinyl versatate copolymer based redispersible polymer binder. Suits for modification of hydraulically and non-hydraulically curing systems. Possesses high... view more

Butyl acrylate, vinyl acetate and vinyl versatate copolymer based redispersible polymer binder. Suits for modification of hydraulically and non-hydraulically curing systems. Possesses high... view more

Butyl acrylate and styrene copolymer based redispersible polymer binder. Suits for modification of hydraulically and non-hydraulically curing systems. Possesses good workability, water retention... view more

Chemically modified starch. Acts as a rheology modifier. Free of plasticizers and solvents. Contains no preservatives. Offers very good working properties and long open time. Exhibits high rigidity... view more

Ethylene, vinyl acetate and vinyl versatate copolymer based redispersible polymer binder. Suits for modification of hydraulically and non-hydraulically curing systems. Possesses very good rheology... view more

Chemically modified starch. Acts as a thickener. Free of plasticizers and solvents. Contains no preservatives. Suits for modification of hydraulically and non-hydraulically setting systems. Provides... view more

Chemically modified starch. Acts as a thickener. Free of plasticizers and solvents. Contains no preservatives. Suits for modification of hydraulically and non-hydraulically setting systems. Provides... view more

Elotex® Eloset 542 by Celanese acts as a rheology modifier. It is free of plasticizers and solvents. It contains no preservatives. It is recommended for the modification of hydraulic and non-hydraulic... view more

Vinyl acetate and vinyl versatate copolymer based redispersible binder. Acts as a rheology modifier. Possesses very workability, reduced water demand, very good flow and levelling properties during... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Acts as a rheology modifier. Offers very good workability, greatly improved flow as well as levelling properties, improved water... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers optimum support of flow properties in combination with casein, but also especially with all market standard synthetic... view more

Ethylene, vinyl acetate and vinyl versatate copolymer based redispersible polymer binder. Suits for modification of hydraulically and non-hydraulically curing systems. Possesses strong flow and... view more

Vinyl acetate, vinyl versatate and ethylene copolymer based redispersible binder. Offers very good rheology, workability, flow and levelling properties in floor levelling compounds in combination... view more

Vinyl acetate, ethylene and acrylate based copolymer. Offers very good rheology, workability, greatly improved flow and levelling properties. Provides reduced water demand, fluidizing consistency... view more

Elotex® FX2320 by Celanese is vinyl acetate and ethylene copolymer based redispersible binder with polyvinyl alcohol as a protective colloid and contains mineral anti-block agents. Offers very good... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Offers very good rheology, workability, improved water retention capability and reduced water demand. Exhibits increased cohesive... view more

Vinyl acetate and ethylene copolymer based redispersible binder. Acts as an adhesion promoter. Offers very good working properties and reduced water demand. Provides increased adhesion on different... view more